Kudelski Security recently announced the launch of a new focus on quantum security, including expanded research and advisory services that enable security leaders and product
Author: Tommaso Gagliardoni
Tommaso Gagliardoni is an Italian mathematician with a background in hacktivism and computer security, and a particular focus in privacy, cryptography, and quantum information theory. He studied at the University of Perugia, (one of the oldest universities in the world, with over 700 years of history), started programming at young age on his Commodore 64, got involved in the Italian cybersecurity and e-zines scene, and collaborated in investigative journalism and academic initiatives. He received his PhD in cryptography at the Technical University of Darmstadt, one of the leading academic centers for cybersecurity in Europe, and worked at IBM Research before joining Swiss cybersecurity company Kudelski Security as a Cryptography Expert in 2019. Over his career, Tommaso published many peer-reviewed papers at high-ranking academic venues, interacted with different customers and research teams in the public and private sectors, and spoke at various cryptography conferences and events.
An Introduction to Oblivious RAM (ORAM)
In this article we are going to have a look at a special kind of privacy-preserving cryptographic scheme: ORAMs. The acronym ORAM stands for Oblivious
Google, IBM, and the Quantum Supremacy Affair Explained
You have probably heard about some big announcement by Google on the topic of “quantum supremacy”, and maybe also about a rebuttal by IBM criticizing
Audit of Binance TSS-lib
Binance created an open source software library available on Github implementing a threshold ECDSA signature scheme (TSS), and hired Kudelski Security to perform a security
Can You Sign A Quantum State?
Spoiler: no, you can’t, unless you also encrypt the quantum state. In this post we are going to look at recent scientific results about the
Cryptography on a Quantum Computer
Quantum computing research is developing really fast, and we witnessed incredible advancements toward the realization of a practical quantum computer in the last few years.
